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Structural reinforcements on AFO's: A study using computer-aided design and finite element method

机译:AFO上的结构加固:使用计算机辅助设计和有限元方法的研究

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The opening of cracks on the lateral sides of AFO's is a common problem due to the stress forces applied during the gait cycle. The problem can usually be prevented with the inclusion of structural reinforcements in the expected cracking zone of the AFO. This study proposes an approach to evaluate the effect of the applied reinforcements to the AFO's, quantifying the stress forces and deformation experienced by the orthotic device during the stance phase of the gait. For that, a CAD file of an AFO had to be crated and then edited using CAD software (ANSYS® SpaceClaim® Direct Modeler™) in order to create a geometry suitable to be analyzed by a CAE software (ANSYS® Workbench™™ with the Finite Element Method (FEM). Besides the digital model, different input conditions, such as forces (for dynamic conditions), supports (for static conditions) and material properties were defined and analyzed.
机译:由于步态周期中施加的应力,在AFO侧面开裂是一个普遍的问题。通常可以通过在AFO的预期开裂区域中包含结构增强件来防止此问题。这项研究提出了一种方法,用于评估施加的增强物对AFO的作用,量化步态站立阶段矫形器所经历的应力和变形。为此,必须先创建AFO的CAD文件,然后使用CAD软件(ANSYS®SpaceClaim®Direct Modeler™)进行编辑,以创建适合于CAE软件(ANSYS®Workbench™™)进行分析的几何图形。有限元方法(FEM):除了数字模型外,还定义和分析了不同的输入条件,例如力(对于动态条件),支撑(对于静态条件)和材料特性。

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